Sentence examples for temperature regularization from inspiring English sources

Here we characterized both the UHI and the role of vegetation cover over temperature regularization in urban zones.

Following separate minimization of the solvent and intact system and regularization of the temperature (298 K) at constant volume and pressure, a 20 ns simulation at constant pressure and temperature (NPT) was used for equilibration.

In conclusion, vegetation with higher canopy cover improved environmental conditions in terms of relative humidity and regularization of extreme temperatures during the warm season.

Hence, for this latter situation, a regularization over a narrow temperature range is not necessary.

A revised Tikhonov regularization method was used to reconstruct the 2-D temperature distribution from the flame radiation images.

We propose a convex variational approach to compute localized density matrices for both zero temperature and finite temperature cases, by adding an entry-wise ℓ1 regularization to the free energy of the quantum system.

According to the optimality results of general regularization theory, we conclude that our error estimate on surface temperature is order optimal.

A method of same temperature discrepancy curve (STDC) is designed to estimate the optimal values (α1)opt and (α2)opt of regularization parameters according to discrepancy principle.

The need for regularization is identified in one of the example problems with uniformly distributed random errors in the temperature data θm x,t) and a H1 regularized formulation is introduced to obtain stable solutions.

In this study, a novel prediction model, hybrid of mechanism method, Takagi Sugeno (T S) fuzzy modeling, regularization network technique and Multi-kernel learning algorithm, is proposed for accurately forecasting the liquid steel temperature in ladle furnace (LF).

An Iterative Regularization Method based inverse algorithm is applied in the present study in simultaneously determining the unknown temperature and concentration-dependent heat and mass production rates for a chemically reacting fluid by using interior measurements of temperature and concentration.